CN209273255U - A kind of skylight glass frame installation system - Google Patents
A kind of skylight glass frame installation system Download PDFInfo
- Publication number
- CN209273255U CN209273255U CN201821930017.7U CN201821930017U CN209273255U CN 209273255 U CN209273255 U CN 209273255U CN 201821930017 U CN201821930017 U CN 201821930017U CN 209273255 U CN209273255 U CN 209273255U
- Authority
- CN
- China
- Prior art keywords
- skylight glass
- positioning
- profiling seat
- frame
- component
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Automobile Manufacture Line, Endless Track Vehicle, Trailer (AREA)
Abstract
The utility model discloses a kind of skylight glass frame installation system, is related to field of automobile.The installation system, comprising: workbench is provided with profiling seat on workbench in frame structure, and top surface is used for installation frame, and the circumferential direction of profiling seat is provided with multiple positioning components；Inner cavity corrects component, and it is arranged inside profiling seat, and inner cavity correction component can adsorb skylight glass；Multiple positioning components can push skylight glass so that skylight glass opposite bores correction component is carried out first time positioning；Inner cavity correction component can drive skylight glass mobile relative to profiling seat, and skylight glass is carried out second with respect to profiling seat and is positioned.The utility model proposes skylight glass frame installation system, high production efficiency, the precision of frame bonding location is high, and product qualification rate is high.
Description
Technical field
The utility model relates to field of automobile more particularly to a kind of skylight glass frame installation systems.
Background technique
In field of automobile, vehicle glass is different with the position being mounted on automobile, is divided into front windshield, side
Windshield, rear seat windscreen and skylight glass.In general, needing when skylight glass to be installed on automobile in skylight glass
Edge be bonded frame, frame is mutually bonded frequently with 3M glue, and has true edge positioning, and true edge causes numerous in process along L-shaped
It is trivial, it often glues partially, edge strip is caused to waste, glass pollution.Meanwhile with the development of automotive engineering, skylight glass is usually made
The shape for having complex-curved is caused, the difficulty of installation is further increased.
In the prior art, above-mentioned skylight glass frame install there are aiming at the problem that, there is only the letters of some structures in the market
Single automation equipment can only carry out automatic pasting to the frame of the skylight glass of ruled surface shape, can not be to complicated bent
The frame of the skylight glass of the shape in face is installed.
Utility model content
In view of the above-mentioned problems, high production efficiency, frame glues the utility model proposes a kind of skylight glass frame installation system
The precision for connecing position is high, and product qualification rate is high.
The utility model uses following technical scheme:
A kind of skylight glass frame installation system, comprising: workbench is provided on the workbench
Profiling seat, the profiling seat are in frame structure, and top surface is used for installation frame, and the circumferential direction of the profiling seat is provided with
Multiple positioning components；
Inner cavity corrects component, is arranged inside the profiling seat, and the inner cavity correction component can adsorb skylight glass；
Multiple positioning components can push the skylight glass with by the relatively described inner cavity correction group of the skylight glass
Part carries out first time positioning；
The inner cavity correction component can drive the skylight glass mobile relative to the profiling seat, by the skylight glass
The relatively described profiling seat carries out second and positions.
As a kind of preferred embodiment of the utility model, the inner cavity correction component includes correction substrate, Z-direction driving assembly
And absorbent module, the correction substrate are arranged inside the profiling seat, and through-hole is provided on the workbench, the Z-direction is driven
The output end of dynamic component is connect with the correction substrate after passing through the through-hole to drive the correction substrate to move along Z-direction；It is more
A absorbent module is arranged on the correction substrate, and the absorbent module can adsorb skylight glass.
As a kind of preferred embodiment of the utility model, inner cavity correction component further includes mounting plate and X to driving group
Part, the mounting plate are connect with the Z-direction driving assembly, and the X is fixed on the workbench to driving assembly, the X to
The output end of driving assembly is connect with the mounting plate.This structure setting makes better use of space, more compact structure,
As a kind of preferred embodiment of the utility model, the top surface setting of the profiling seat is fluted, and the frame is embedded
In the groove；The frame includes a true edge, and the true edge protrudes the top surface of the profiling seat, the absorbent module
Skylight glass can be driven, to moving and abutting with the true edge, to position along X to carry out second.To be not provided on true edge
The vertical plane of glue-line carries out second of positioning as positioning datum, so that the position accurate positioning of skylight glass and frame.
As a kind of preferred embodiment of the utility model, the inner cavity correction component further includes being arranged on the workbench
X to limit assembly, the X includes X to limiter and connecting rod to limit assembly, and at least one set of X is symmetrical to limiter
The profiling seat is set along the two sides of Y-direction, the connecting rod is fixedly connected with the mounting plate, the connecting rod both ends difference
Detected to limiter by incuding the size in the gap described to gap, the X is formed between limiter with X described in one group
The position of correction substrate.The setting structure of X to limit assembly is ingenious, can be in the correction inside the externally measured profiling seat of profiling seat
The motion conditions of substrate, it is final limit skylight glass X to movement.
As a kind of preferred embodiment of the utility model, the absorbent module includes the absorption cylinder and company along Z-direction setting
Connect the Suction cup assembly in the absorption cylinder output, the absorption cylinder one end and the correction far from the Suction cup assembly
Substrate connection.
As a kind of preferred embodiment of the utility model, the positioning component is including at least one set of first positioning component and extremely
Few one group of second positioning component, the first positioning component described in one group are symmetricly set on the profiling seat along the two sides of Y-direction, one group of institute
State the second positioning component be symmetricly set on the profiling seat along X to two sides, first positioning component can push the skylight
Glass on the Suction cup assembly along X to moving, second positioning component can push the skylight glass in the sucker group
It is moved on part along Y-direction, the skylight glass is subjected to first time positioning on inner cavity correction component.
As a kind of preferred embodiment of the utility model, first positioning component is determined including the first positioning cylinder, first
Position bracket and the first locating piece, on the workbench, the first positioning cylinder setting exists for the first locating support setting
On first locating support and towards the profiling seat, the output of first positioning cylinder is arranged in first locating piece
End, first locating piece can be abutted with the skylight glass.
As a kind of preferred embodiment of the utility model, second positioning component is determined including the second positioning cylinder, second
Position bracket, positioning linkage rod and the second locating piece, second positioning cylinder are arranged in the profiling seat, the second positioning gas
Cylinder is double rod cylinders, second locating support be arranged in the profiling seat along X to two sides, on the profiling seat along X to
Two sidewalls on offer via hole, two output ends of second positioning cylinder are separately connected the positioning linkage rod, described fixed
Position connecting rod passes through the via hole and connect with second locating support, and it is fixed that second is provided on each second locating support
Position block, the positioning linkage rod drive second locating piece to abut with the skylight glass by the second locating support.
As a kind of preferred embodiment of the utility model, the skylight glass frame installation system further includes being arranged described
Pre-determined bit component in profiling seat, the pre-determined bit component include pre-determined bit bracket and pre-determined bit block, and the pre-determined bit bracket is solid
It is scheduled on the correction substrate, the pre-determined bit block is fixed on the described pre-determined bit one end of bracket far from the correction substrate；Institute
It states and is provided with pre-determined bit hole on skylight glass, the pre-determined bit hole can be inserted into the pre-determined bit block to be pre-positioned.It is this to set
Set only need to will pre-determined bit hole insertion pre-determined bit block, pre-determined bit can be realized, with the time needed for further shortening subsequent positioning.
As a kind of preferred embodiment of the utility model, the skylight glass frame installation system further includes holding down assembly,
The skylight glass after capable of compressing second of positioning that holds down assembly carries out be bonded solid with the frame on the profiling seat
It is fixed.
As a kind of preferred embodiment of the utility model, it is described hold down assembly including compress bracket, compress driving assembly and
Compact heap, the compression driving assembly are fixed on the described compression one end of bracket far from the workbench；The compression driving group
The output end of part is connected with the compact heap, and the compression driving assembly can drive the compact heap to swing to be pressed on the day
On glass pane.The structure to hold down assembly can not only complete compression movement, moreover it is possible to which it is empty to provide evacuation for the movement for cooperating positioning component
Between.
The utility model has the following beneficial effects:
The utility model proposes a kind of skylight glass frame installation system, by the top surface installation frame in profiling seat,
Inner cavity correction component is arranged inside profiling seat again, inner cavity correction component can adsorb skylight glass, and this set makes inner cavity
The skylight glass of the dynamic absorption of component energy band is corrected first far from frame, first skylight glass is positioned, it is close again after accurate positioning
Frame, by being adhesively fixed for skylight glass and frame；By being provided with multiple positioning components, positioning group in the circumferential direction of profiling seat
Part can push skylight glass skylight glass opposite bores correction component is carried out first time positioning, and inner cavity correction component can drive
Skylight glass is mobile relative to profiling seat, and skylight glass is carried out second with respect to profiling seat and is positioned, i.e., first realizes skylight glass
Opposite bores correct the first time positioning of component, then realize second positioning of the skylight glass with respect to profiling seat, so that skylight glass
Glass then can carry out being adhesively fixed for skylight glass and frame, this structure setting makes accurately with profiling seat accurate positioning
The precision of frame bonding location is high, high production efficiency, and product qualification rate is high.
Detailed description of the invention
Fig. 1 is the signal under the first visual angle of skylight glass frame installation system provided by the embodiment of the utility model
Figure；
Fig. 2 is the structural schematic diagram of skylight glass provided by the embodiment of the utility model；
Fig. 3 is the structural schematic diagram of profiling seat provided by the embodiment of the utility model and frame cooperation；
Fig. 4 is the partial enlargement diagram in Fig. 3 at A；
Fig. 5 is the signal under the second visual angle of skylight glass frame installation system provided by the embodiment of the utility model
Figure；
Fig. 6 is that skylight glass frame installation system provided by the embodiment of the utility model conceals skylight under third visual angle
Glass and the schematic diagram to hold down assembly；
Fig. 7 is the partial enlargement diagram in Fig. 6 at B；
Fig. 8 is the partial enlargement diagram in Fig. 6 at C；
Fig. 9 is the partial enlargement diagram in Fig. 6 at D；
Figure 10 is the partial enlargement diagram in Fig. 1 at E.
In figure:
1, workbench；2, profiling seat；3, positioning component；4, inner cavity corrects component；5, it is pre-positioned component；6, it holds down assembly；
21, via hole；
31, the first positioning component；32, the second positioning component；
41, correction substrate；42, Z-direction driving assembly；43, absorbent module；44, mounting plate；45, X is to driving assembly；46,X
To limit assembly；
51, it is pre-positioned bracket；52, it is pre-positioned block；
61, bracket is compressed；62, driving assembly is compressed；63, compact heap；
311, the first positioning cylinder；312, the first locating support；313, the first locating piece；
321, the second positioning cylinder；322, the second locating support；323, positioning linkage rod；324, the second locating piece；
431, cylinder is adsorbed；432, Suction cup assembly；461, X is to limiter；462, connecting rod；
100, frame；101, true edge；102, the first frame；103, the second frame；104, third frame；
200, skylight glass, 201, pre-determined bit hole.
Specific embodiment
The technical issues of to solve the utility model, the technical solution of use and the technical effect that reaches are clearer,
It is described in further detail below in conjunction with technical solution of the attached drawing to the utility model embodiment, it is clear that described reality
Applying example is only the utility model a part of the embodiment, instead of all the embodiments.Based on the embodiments of the present invention,
It is practical new to belong to this for those skilled in the art's every other embodiment obtained without making creative work
The range of type protection.
In the description of the present invention, unless otherwise clearly defined and limited, term " connected ", " connection ", " Gu
It is fixed " it shall be understood in a broad sense, for example, it may be being fixedly connected, it may be a detachable connection, or integral；It can be mechanical connect
It connects, is also possible to be electrically connected；It can be directly connected, can also can be in two elements indirectly connected through an intermediary
The interaction relationship of the connection in portion or two elements.For the ordinary skill in the art, it can be managed with concrete condition
Solve the concrete meaning of above-mentioned term in the present invention.
In the present invention unless specifically defined or limited otherwise, fisrt feature the "upper" of second feature or it
"lower" may include that the first and second features directly contact, and also may include that the first and second features are not direct contacts but lead to
Cross the other characterisation contact between them.Moreover, fisrt feature includes above the second feature " above ", " above " and " above "
One feature is right above second feature and oblique upper, or is merely representative of first feature horizontal height higher than second feature.First is special
Sign is directly below and diagonally below the second feature including fisrt feature under the second feature " below ", " below " and " below ", or only
Indicate that first feature horizontal height is less than second feature.Wherein, it is closed to better describe position of all parts in space
System, also define X to, Y-direction and Z-direction be orthogonal three directions in space.
Fig. 1 is the signal under the first visual angle of skylight glass frame installation system provided by the embodiment of the utility model
Figure, Fig. 2 is the structural schematic diagram of skylight glass provided by the embodiment of the utility model, and complex chart 1 and Fig. 2 are it is found that skylight glass
Frame installation system specifically includes that workbench 1, profiling seat 2, positioning component 3, inner cavity correction component 4, and its purpose is to by frame
100 (as shown in Figure 3) and skylight glass 200 are accurately adhesively fixed.In Fig. 2, skylight glass 200 is whole in complicated curved form
Shape, frame 100 are cut by 3M glue and are formed, and the shape of frame 100 is corresponding identical as the curve form of skylight glass 200.Workbench 1
It is the load bearing component of entire installation system；Profiling seat 2 is in frame structure, and top surface is used for installation frame 100, therefore profiling seat 2
The shape of top surface is also corresponding identical as the curve form of skylight glass 200；Inner cavity corrects component 4 and is arranged inside profiling seat 2, interior
Chamber correction component 4 can adsorb skylight glass 200 and relative to the movement of profiling seat 2；The circumferential direction of profiling seat 2 is provided with multiple positioning groups
Part 3, positioning component 3 can push skylight glass 200 200 opposite bores of skylight glass correction component 4 is carried out first time positioning,
Inner cavity correction component 4 can drive skylight glass 200 mobile relative to profiling seat 2, and skylight glass 200 is carried out with respect to profiling seat 2
Second of positioning.It is positioned by first time positioning and second, realizes the positioning of skylight glass 200 and frame 100.
Fig. 3 is the structural schematic diagram of profiling seat provided by the embodiment of the utility model and frame cooperation, and Fig. 4 is in Fig. 3 at A
Partial enlargement diagram, complex chart 2, Fig. 3 and Fig. 4 can be seen that skylight glass 200 in complicated curve form, frame 100
The surface of skylight glass 200 is mounted on close to the position on peripheral edge edge, skylight glass 200 is whole approximate rectangular in one, therefore
Frame 100 is whole should be at the structure of an approximate rectangular frame；And since the surface of skylight glass 200 is complicated curved surface,
Therefore preferably frame 100 be split type structure, with can preferably with each application of a surface of skylight glass 200.In Fig. 3, side
Frame 100 includes true edge 101, the first frame 102, the second frame 103 and third frame 104, true edge 101, the first frame
102, the second frame 103 and third frame 104 surround an approximate frame.
Further, as shown in figure 3, the top surface shape of profiling seat 2 be it is identical with the curve form of skylight glass 200,
I.e. by the way that frame 100 to be mounted on to the top surface of profiling seat 2, then skylight glass 200 had good positioning with respect to profiling seat 2, could be made
It is more accurate to be bonded.True edge 101, the first frame 102, the second frame 103 and third frame 104 are separately mounted to pair in Fig. 3
In the groove that the top surface for the profiling seat 2 answered opens up, wherein true edge 101 and the first frame 102 are symmetrical arranged along Y-direction, the second side
Frame 103 and third frame 104 are along X to being symmetrical arranged.It is preferred that frame 100 is embedded in groove, so that frame 100 and profiling seat 2
Top surface fixation it is stronger.The length of true edge 101 and the first frame 102 is much larger than the second frame 103 and third side in Fig. 3
The length of frame 104, therefore the positioning and installation of true edge 101 and the first frame 102 are more difficult.
Since 100 raw material of frame are 3M glue, it is therefore contemplated that ground is, frame 100 is in the top surface for being mounted on profiling seat 2
Before, surface is not torn without glue-line；It, can manually or automatically when frame 100 is after the top surface of profiling seat 2 installs
It will be torn without glue-line, and leak out glue-line, the frame 100 of the top surface of entire profiling seat 2 at this time all has viscosity.To avoid on position
Mistake lead to frame 100 and skylight glass 200 is adhesively fixed mistake, cause waste product, need the position of skylight glass 200 first
It has good positioning and then skylight glass 200 is accurately adhesively fixed close to frame 100 with realizing.
Further, the structure of true edge 101 and the first frame 102, the second frame 103 and third frame 104 is not
Together.As shown in figure 4, after 101 part of true edge is embedded in corresponding groove, the top of the part protrusion profiling seat 2 of true edge 101
Face, protrusion are L-shaped.I.e. true edge 101 has a L-shaped right-angle side, the bottom surface of the right-angle side and the top of profiling seat 2
Face is parallel, is provided with glue-line on the bottom surface；The vertical plane of the right-angle side is vertical with the top surface of profiling seat 2, and the vertical plane is not set
There is glue-line.Therefore, the utility model proposes skylight glass frame installation system, to be not provided with glue-line on true edge 101
Vertical plane carries out second of positioning as positioning datum, so that the position accurate positioning of skylight glass 200 and frame 100, into
And it can be realized and be accurately adhesively fixed.
Skylight glass frame installation system provided by the embodiment of the utility model first realizes 200 opposite bores of skylight glass
The first time for correcting component 4 positions, then corrects component 4 by inner cavity and realize second of the opposite profiling seat 2 of skylight glass 200 and determine
Position enables skylight glass 200 accurately with 2 accurate positioning of profiling seat, and then to realize skylight glass 200 and frame 100
It is accurately positioned, this structure setting makes the precision of frame bonding location high, high production efficiency, and product qualification rate is high.Wherein,
Secondary positioning be skylight glass 200 side and true edge 101 at be not provided with the vertical plane of glue-line and abut realization.
The utility model further includes hold down assembly 6, after the accurate positionin of skylight glass 200 and frame 100, driving work
What is be arranged on platform 1 holds down assembly 6, multiple 6 surfaces that can compress the skylight glass 200 after positioning second that hold down assembly, so that
Skylight glass 200 is adhesively fixed with the frame 100 on profiling seat 2.
Further, Fig. 5 is skylight glass frame installation system provided by the embodiment of the utility model at the second visual angle
Under schematic diagram, Fig. 6 is concealing under third visual angle for skylight glass frame installation system provided by the embodiment of the utility model
Skylight glass and the schematic diagram to hold down assembly (for the structure inside profiling seat 2 is better seen).Complex chart 5 and Fig. 6 can be with
Find out, inner cavity correction component 4 specifically includes that the correction substrate 41 that the top of workbench 1 is arranged in, absorbent module 43 and X to limit
Hyte part 46, and the Z-direction driving assembly 42, mounting plate 44 and X of the lower section of workbench 1 are set to driving assembly 45.
As it can be seen that being provided with through-hole 11 on workbench 1 in Fig. 5, the output end of Z-direction driving assembly 42 can pass through through-hole 11 and with
Correction substrate 41 connects, can drive correction substrate 41 along X to X to driving assembly 45 and correction substrate 41 capable of being driven along Z-direction
The Z-direction driving assembly 42 of movement is all disposed within the lower section of workbench 1, is driven through-hole by the output end of Z-direction driving assembly 42
11 transmitting power.This set is advantageous in that the space in profiling seat 2 is smaller, be difficult it is logical receive multiple driving assemblies, will be multiple
The lower section of workbench 1 is arranged in driving assembly, and workbench is being opened a through-hole 11, and the power of this part is passed through this through-hole
11 are transmitted to each executive component in profiling seat 2, make better use of space, more compact structure.
Specifically, as it can be seen that correction substrate 41 is arranged inside profiling seat 2 in Fig. 6, multiple settings of absorbent module 43 are being corrected
On substrate 41, absorbent module 43 can adsorb skylight glass 200, i.e., correction substrate 41 profiling seat 2 can move relatively, and then drive more
The opposite profiling seat 2 of a absorbent module 43 moves, final to realize that absorbent module 43 is adsorbed skylight glass 200 and transported with respect to profiling seat 2
It is dynamic, and then realize positioning of the skylight glass 200 with respect to profiling seat 2.Wherein, correction substrate 41 along X to movement from X to driving group
Part 45 drives, and correction substrate 41 drives along the movement of Z-direction by Z-direction driving assembly 42, at the same correction substrate 41 along X to movement by
X is limited to limit assembly 46.
Specifically, as shown in figure 5, Z-direction driving assembly 42 is two driving cylinders that output end is arranged along Z-direction, two drives
Take offence cylinder output end both pass through two through-holes 11 and correction substrate 41 along X to both ends connect, more stably connected with realizing；
Opposite sliding is realized by sliding rail and sliding block between Z-direction driving assembly 42 and correction substrate 41.The output end of Z-direction driving assembly 42
It stretches out, correction substrate 41 is driven to move upwards along Z-direction, the output end of Z-direction driving assembly 42 retracts, and drives correction substrate 41 along Z
To moving downward.
Further, as shown in figure 5, X to driving assembly 45 is output end along X to the driving cylinder of setting, X is to drive
Dynamic component 45 is fixed on the bottom surface of workbench 1, and X is connect to the output end of driving assembly 45 with mounting plate 44, mounting plate 44
Both ends are fixedly connected with two Z-direction driving assemblies 42 respectively.I.e. when X is stretched out to the output end of driving assembly 45, mounting plate 44
Towards stretching out, direction is mobile, and mounting plate 44 will drive Z-direction driving assembly 42, and direction is mobile to stretching out, and Z-direction driving assembly 42
Output end can pass through through-hole 11 and connect with correction substrate 41, be provided with multiple absorbent modules 43 on correction substrate 41, i.e. X is to driving
The movement of component 45 can drive skylight glass 200 along X to movement by mounting plate 44, Z-direction driving assembly 42 and absorbent module 43.
Specifically, as shown in figure 5, mounting plate 44 is fixedly connected by sliding rail and sliding block in the bottom surface of workbench 1, and can opposite work
Platform 1 is mobile, i.e., in the utility model embodiment, Z-direction driving assembly 42 and the correction substrate being connect with Z-direction driving assembly 42
41, it is to be accepted by mounting plate 44.
Further, limit assembly 46 is arranged on workbench 1 and is arranged along Y-direction in Fig. 6.Fig. 7 is the office in Fig. 6 at B
Portion's enlarged diagram, Fig. 7 as it can be seen that every group of X to limit assembly 46 include two X to limiter 461 and connecting rod 462.It can in Fig. 6
See, two X are symmetricly set on profiling seat 2 along the two sides of Y-direction to limiter 461, and each X is to limiter 461 towards profiling seat 2
Setting.As it can be seen that the U-shaped rod-like structure of connecting rod 462, the vertical bar of bottom bar and two sides including bottom, connecting rod 462 in Fig. 5
Bottom bar be fixedly connected with mounting plate 44, be specifically located at mounting plate 44 towards on the surface of workbench 1, so that entire connecting rod
462 can finally realize that the skylight glass 200 on the corresponding correction substrate 41 of mounting plate 44 is same with 44 associated movement of mounting plate
Shi Yundong.Therefore the motion conditions of skylight glass 200 can be represented by judging the movement of connecting rod 462.
As shown in fig. 7, the vertical bar both ends of the two sides of connecting rod 462 are stitched with one group of X to formation between limiter 461 respectively
Gap, connecting rod 462 herein and X to the gap between limiter 461 be △ x.In corresponding diagram 6 with the connecting rod of opposite side at A
462 and X is that △ x'(is not shown in the figure to the gap between limiter 461), X passes through induction gap △ x and △ to limiter 461
The variation of the relative size of x' is to detect the position of correction substrate 41.Such as the vertical increase as △ x, the numerical value of △ x' become smaller,
X i.e. at this time to driving assembly 45 drive skylight glass 200 to X to forward motion.It is preferred that X is to limiter 461 and X to driving
The connection of 45 signal of component, when X detects that skylight glass 200 has reached predeterminated position to limiter 461, X is to limiter 461
Signal is issued, X can be received to driving assembly 45 to be led signal and stop acting.The utility model and specific unlimited fixing limit component 46
Structure type and relative mounting location, as long as limit assembly 46 can play detection correction substrate 41 movement position structure
It is within the protection scope of the present utility model.
Further, absorbent module 43 is provided with multiple on correction substrate 41, since absorbent module 43 is for adsorbing
Skylight glass 200, and skylight glass 200 is whole in complicated curve form, therefore the quantity of absorbent module 43 and position are
It is determined by the curve form of skylight glass 200.Absorbent module 43 shares 11 in Fig. 6, arranges by certain position, it is therefore an objective to
In different positions, to skylight glass 200 to support.
Fig. 8 is the partial enlargement diagram in Fig. 6 at C, as shown in figure 8, each absorbent module 43 includes being arranged along Z-direction
Absorption cylinder 431 and be connected to absorption 431 output end of cylinder Suction cup assembly 432, adsorb cylinder 431 far from Suction cup assembly
432 one end is connect with correction substrate 41.Absorption cylinder 431 can be stretched out or be retracted, to drive Suction cup assembly 432 in the position of Z-direction
It sets.There are two the main functions of Suction cup assembly 432: (1) sucker of Suction cup assembly 432 can generate negative pressure, to adsorb skylight glass
Glass 200, position of the skylight glass 200 on Suction cup assembly 432 is fixed at this time, can discharge skylight after completing deliberate action
Glass 200；(2) when the sucker of Suction cup assembly 432 does not generate negative pressure, skylight glass 200 at this time is located in Suction cup assembly 432
It is formed by plane, skylight glass 200 is formed by plane in Suction cup assembly 432 and can relatively move.At this point,
It can be formed by the relative position in plane in Suction cup assembly 432 by adjusting skylight glass 200, realize skylight glass 200
Opposite bores correct the first time positioning of component 4.
Specifically, in order to realize that the first time of 200 opposite bores of skylight glass correction component 4 positions, in the week of profiling seat 2
To being provided with multiple positioning components 3.As shown in fig. 6, positioning component 3 includes at least one set of first positioning component 31 and at least one set
Second positioning component 32, the first positioning component 31 in Fig. 6 are provided with two groups altogether, are symmetricly set on profiling seat 2 along the two of Y-direction
Side, each first positioning component 31 are arranged towards profiling seat 2；Second positioning component 32 is arranged one group altogether, the second positioning cylinder
321 (as shown in Figure 9) be symmetricly set on profiling seat 2 along X to two sides, each second positioning cylinder 321 sets towards profiling seat 2
It sets.First positioning component 31 can push skylight glass 200 on Suction cup assembly 432 along X to moving, for limiting skylight glass
200 relative positional relationships upward in X；Second positioning component 32 can push skylight glass 200 on Suction cup assembly 432 along Y-direction
It is mobile, it is final to realize skylight glass 200 in inner cavity correction group for limiting relative positional relationship of the skylight glass 200 in Y-direction
First time positioning on part 4.
Fig. 9 is the partial enlargement diagram in Fig. 6 at D, as shown in figure 9, the first positioning component 31 includes the first positioning gas
Cylinder 311, the first locating support 312 and the first locating piece 313.Wherein the first locating support 312 is arranged on workbench 1, and first
Positioning cylinder 311 is arranged on the first locating support 312 and towards profiling seat 2, and the setting of the first locating piece 313 positions gas first
The output end of cylinder 311, the stretching of the first positioning cylinder 311 enable the first locating piece 313 to abut with skylight glass 200, and first is fixed
Position cylinder 311 is retracted to provide avoiding space.First locating piece 313 is preferably made of an elastomeric material, and is avoided to skylight glass 200
Cause extrusion damage.As shown in Figure 6, it is contemplated that ground is, since four the first positioning components 31 are symmetricly set on 2 edge of profiling seat
The two sides of Y-direction, if four the first positioning component 31 simultaneously operations, i.e., the output end of four the first positioning cylinders 311 are stretched simultaneously
It out or retracts, skylight glass 200 is enabled to be formed by plane along X in multiple Suction cup assemblies 432 to being ajusted.
Specifically, as shown in Figure 8 and Figure 9, the second positioning component 32 includes the second positioning cylinder 321, the second locating support
322, positioning linkage rod 323 and the second locating piece 324.Wherein, the second positioning cylinder 321 is arranged in profiling seat 2, the second positioning gas
Cylinder 321 is double rod cylinders, the second locating support 322 be arranged in profiling seat 2 along X to two sides, on profiling seat 2 along X to two
Via hole 21 is offered on side wall, two output ends of the second positioning cylinder 321 are separately connected positioning linkage rod 323, positioning linkage rod 323
It is connect across via hole 21 with the second locating support 322.The second locating piece 324 is provided on each second locating support 322, it is fixed
Position connecting rod 323 drives the second locating piece 324 to abut with skylight glass 200 by the second locating support 322.Wherein, the second positioning
Block 324 is preferably made of an elastomeric material, and avoids causing extrusion damage to skylight glass 200.It is preferred that the second locating support 322 includes
The sliding rail and slide that opposite can be slidably matched, wherein sliding rail is fixed on workbench 1, and the second locating piece 324 is provided on slide.
Second positioning cylinder 321 of the second positioning component 32 is arranged in profiling seat 2, and selects the second positioning cylinder
321 be double rod cylinders, and two the second locating pieces 324 are symmetricly set on outside profiling seat 2, has not only saved space, so that
Structure is more compact, it is often more important that, since skylight glass 200 is longer in the length of Y-direction, the setting side of the second positioning component 32
Formula more easily is realized to synchronize and is adjusted to the position of skylight glass 200.Double rod cylinders are that a kind of both ends of cylinder main body have
The common cylinder of two output ends, it is characterized in that the synchronism of two output ends is more preferable.It is anticipated that ground is, when two second
The output end of positioning cylinder 321 is stretched out or is retracted simultaneously, and two the second locating piece 324 simultaneously operations enable to skylight glass
200 are formed by plane in multiple Suction cup assemblies 432 and are ajusted along Y-direction.
Although skylight glass 200 can be positioned accurately with frame 100 after positioning twice, skylight glass 200 is placed
Initial position in absorbent module 43 can determine the movement range for positioning and positioning for the first time for the second time.If skylight glass
The initial position that glass 200 is placed in absorbent module 43 is more accurate, then day is ajusted in positioning for the first time and for the second time positioning
The movement range that glass pane 200 needs will reduce, and faster, the production cycle is shorter for locating speed.
In order to realize the purpose, the utility model proposes skylight glass frame installation system be also preferably provided with imitative
Pre-determined bit component 5 in shape seat 2.In Fig. 2, pre-determined bit hole 201 is provided on skylight glass 200, i.e. pre-determined bit hole 201 is setting
Through-hole on skylight glass 200 is the original structure of skylight glass 200.In Fig. 6, the corresponding pre-determined bit on correction substrate 41
It is provided with pre-determined bit component 5 at the position in hole 201, skylight glass is realized by pre-determined bit component 5 and the cooperation for being pre-positioned hole 201
200 pre-determined bit in absorbent module 43, with the time needed for further shortening subsequent positioning.
As shown in fig. 6, pre-determined bit component 5 includes pre-determined bit bracket 51 and pre-determined bit block 52, pre-determined bit bracket 51 is fixed on
On correction substrate 41, pre-determined bit block 52 is fixed on the pre-determined bit one end of bracket 51 far from correction substrate 41.When operator passes through hand
Pre-determined bit hole 201 when moving on to skylight glass 200 on the installation system, need to be only inserted into pre-determined bit block 52 by dynamic or automatic control,
Pre-determined bit can be realized.
It is anticipated that ground is, the section for being pre-positioned block 52 is rounded, and the aperture for being pre-positioned hole 201 is greater than pre-determined bit block 52
Section radius, the benefit of this set include: on the one hand can make be pre-positioned hole 201 preferably be inserted into pre-determined bit block 52 realization
Pre-determined bit；On the other hand guarantee that skylight glass 200 is formed by plane in multiple Suction cup assemblies 432 and can move along X to Y-direction
It moves to be positioned, the aperture in only pre-determined bit hole 201, which is greater than pre-determined bit block 52, just can guarantee skylight glass 200 in moving process
In not will receive pre-determined bit block 52 interference.It is preferred that chamfering is provided with, to realize and be pre-positioned on the top surface of pre-determined bit block 52
Hole 201 better contacts with.
Further, after the frame 100 on skylight glass 200 and profiling seat 2 is positioned by second, reached default
Localization criteria, need at this time to 200 applied force of skylight glass, skylight glass 200 and frame 100 compressed, to realize
More firmly it is adhesively fixed.
In Fig. 1, it is provided with eight groups altogether and holds down assembly 6, wherein being arranged at intervals with three along the two sides of the Y-direction of profiling seat 2
Group holds down assembly 6, along profiling seat 2 X to two sides be provided with one group and hold down assembly 6；Hold down assembly 6 with positioning component 3
Interval setting works due to holding down assembly 6 after positioning component 3 is completed to position, again so holding down assembly 6 in positioning component 3
It needs to provide avoiding space when movement.It is anticipated that ground is, every group holds down assembly and 6 requires skylight glass to the corresponding part
200 applied forces, and since skylight glass 200 is whole in complicated curve form, every group hold down assembly 6 main structure phase
Together, but the shape of the every group of compact heap 63 (as shown in Figure 10) contacted in 6 with 200 surface of skylight glass that holds down assembly is different,
The corresponding different location for squeezing 200 surface of skylight glass of compact heap 63 of different shapes.
Figure 10 is the partial enlargement diagram in Fig. 1 at E, as shown in Figure 10, holds down assembly 6 including compressing bracket 61, pressure
Tight driving assembly 62 and compact heap 63.Wherein, it compresses bracket 61 to be fixed on workbench 1, compresses driving assembly 62 and be fixed on pressure
The one end of locking bracket 61 far from workbench 1；The output end for compressing driving assembly 62 is connected with compact heap 63, compresses driving assembly 62
Compact heap 63 can be driven to swing to be pressed on skylight glass 200.Figure 10 as it can be seen that compact heap 63 shape be strip, along
The length direction of profiling seat 2 is arranged, and compact heap 63 is preferably made of an elastomeric material, and has certain thickness, is energy in extruding
Certain deformation is enough generated, avoids causing extrusion damage to skylight glass 200.
It compresses driving assembly 62 and be arranged to driving compact heap 63 and swing, 6 is all provided with positioning component 3 due to holding down assembly
The circumferential direction in profiling seat 2 is set, when positioning component 3 is acted to position to skylight glass 200, need to hold down assembly 6 offers
Avoiding space.Therefore, as shown in Figure 10, when positioning component 3 acts, compress driving assembly 62 and drive each 63 direction of compact heap
Direction far from profiling seat 2 turns down, to provide avoiding space；After second positions, compresses driving assembly 62 and drive often
A compact heap 63 is turned down towards profiling seat 2, so that every piece of compact heap 63 can be pressed in the corresponding part of skylight glass 200.Pressure
The structures such as tumble cylinder can be selected in tight driving assembly 62, to realize the movement of the driving swing of compact heap 63.In the utility model reality
It applies in example, holds down assembly 6 and provide the movement and compression movement of avoiding space, the utility model using rotary movement to realize
It is not specific limit hold down assembly 6 specific structure, as long as can be realized evacuation movement and provide along the downward compression of Z-direction
Structure, it is within the protection scope of the present utility model.
The course of work of skylight glass frame installation system provided by the embodiment of the utility model are as follows:
The positioning and installation of the first step, frame 100
First make to compress the direction fold that driving assembly 62 drives each compact heap 63 to be directed away from profiling seat 2, be kept away with providing
Allow space.True edge 101, the first frame 102, the second frame 103 and third frame 104 are respectively corresponded and be installed to profiling seat 2
The corresponding groove in top surface in, wherein true edge 101 and the first frame 102 are symmetrical arranged along Y-direction, the second frame 103 and third
For frame 104 along X to being symmetrical arranged, the top surface of profiling seat 2 is protruded in the part of true edge 101.After the installing of frame 100, tear
On the bottom surface of the right-angle side of true edge 101,104 surface of 102 surface of the first frame, 103 surface of the second frame and third frame
Without glue-line, glue-line is leaked out, the frame 100 for being now placed in the top surface of entire profiling seat 2 all has viscosity.Frame 100 is with respect to profiling
The relative position of the top surface of seat 2 determines, completes the positioning and installation of frame 100.
The pre-determined bit of second step, skylight glass 200
Firstly, the output end of Z-direction driving assembly 42 stretches out, correction substrate 41 is moved upwards along Z-direction, so that absorbent module 43
Multiple Suction cup assemblies 432 be formed by plane, higher than the plane where frame 100 in the first step.By skylight glass 200 from Z
To downward, it is placed on multiple Suction cup assemblies 432, wherein by the insertion of the pre-determined bit hole 201 pre-determined bit block 52 of skylight glass 200,
Realize pre-determined bit.At this point, where the plane that skylight glass 200 is abutted with multiple Suction cup assemblies 432, with frame 100 in the first step
Plane between have certain gap, this gap contact skylight glass 200 at this time will not with the glue-line of frame 100；
Be formed by plane in multiple Suction cup assemblies 432 being capable of free translation for skylight glass 200 simultaneously.
The first time positioning of third step, skylight glass 200
Due in second step skylight glass 200 multiple Suction cup assemblies 432 be formed by plane can free translation, because
The movement of this first positioning component 31 is to limit the relative positional relationship upward in X of skylight glass 200, the movement of the second positioning component 32
To limit relative positional relationship of the skylight glass 200 in Y-direction.Specifically, the output end of four the first positioning cylinders 311 is simultaneously
It stretches out, while being connected to the edge of skylight glass 200, so that skylight glass 200 is formed by edge in plane in Suction cup assembly 432
X is to being ajusted；The output end of two the second positioning cylinders 321 stretches out simultaneously, while being connected to the edge of skylight glass 200, makes
Skylight glass 200 is formed by plane in multiple Suction cup assemblies 432 and is ajusted along Y-direction.It is final to realize that skylight glass 200 exists
Inner cavity corrects the first time positioning on component 4.
The absorption of 4th step, skylight glass 200
In the third step, (specially multiple Suction cup assemblies 432 are formed by skylight glass 200 on inner cavity correction group part 4
In plane) position ajusted, at this point, absorbent module 43 acts, i.e., multiple Suction cup assemblies 432 tightly inhale skylight glass 200
It is attached live, skylight glass 200 is formed by position in plane in multiple Suction cup assemblies 432 and uniquely determines and can not move at this time.So
Absorbent module 43 continues to act afterwards, i.e., multiple absorption cylinders 431 retract, so that skylight glass 200 is moved down along Z-direction, until
The place plane for the lower surface that skylight glass 200 is abutted with absorbent module 43 is higher than in the first step where frame 100 along Z-direction
Plane, while along the plane where top surface of the Z-direction lower than the right-angle side of the true edge 101 in the first step.
Second of positioning of the 5th step, skylight glass 200
According to the positional relationship in the 4th step, the plane in skylight glass 200 and the first step where frame 100 is there are also between
Gap, so skylight glass 200 at this time will not be Nian Jie with frame 100 in the first step, while skylight glass 200 and absorbent module 43
The place plane of the lower surface of abutting makes along the plane where top surface of the Z-direction lower than the right-angle side of the true edge 101 in the first step
Obtaining skylight glass 200 can abut with the right-angle side of true edge 101.Specifically, X is stretched out to the output end of driving assembly 45, peace
Loading board 44 will drive Z-direction driving assembly 42 and move along X to towards the direction of true edge 101, due to the output of Z-direction driving assembly 42
End is connect across through-hole 11 with correction substrate 41, and correction substrate 41 is driven to move inside profiling seat 2 to the direction of true edge 101
It is dynamic, and then drive and be adsorbed on skylight glass 200 that multiple Suction cup assemblies 432 are formed by plane to the direction of true edge 101
It is mobile.And skylight glass 200 is detected to the direction of true edge 101 is mobile from X to limit assembly 46.When the side of skylight glass 200
When side is just connected on the right-angle side of true edge 101, it is equivalent to the relative position of skylight glass 200 and frame 100 at this time only
One determines, realizes second positioning of the skylight glass 200 with respect to 2 upper side frame 100 of profiling seat, and X is detected to limit assembly 46
When the position, X issues signal to limiter 461, and X leads signal to the reception of driving assembly 45 and stops acting.
6th step, skylight glass 200 are Nian Jie with frame 100
After second of positioning for completing the 5th step, absorbent module 43 is acted, i.e., multiple absorption cylinders 431 retract, so that day
Glass pane 200 is moved down along Z-direction, until skylight glass 200 abuts with frame 100, the glue-line of frame 100 is by frame at this time
100 and skylight glass 200 bond.
7th step, skylight glass 200 and frame 100 are compressed to complete to install
Hold down assembly 6 movements, and the skylight glass 200 in the 6th step is compressed with frame 100.Specially compress driving assembly
The 62 each compact heaps 63 of driving are turned down towards profiling seat 2, so that can be pressed in skylight glass 200 corresponding for every piece of compact heap 63
The installation of skylight glass 200 and frame 100 is completed so that skylight glass 200 is compacted with frame 100 in part.
8th step, circulation
After skylight glass 200 and frame 100 in step 7 completes installation, compresses driving assembly 62 and drive each compression
Block 63 is directed away from the direction fold of profiling seat 2, to provide avoiding space；Absorbent module 43 acts, i.e., multiple absorption cylinders 431
It stretches out, so that skylight glass 200 is moved up along Z-direction.Since frame has been adhesively fixed on skylight glass 200 at this time
100, therefore be carried in the corresponding groove in top surface that will drive frame 100 from profiling seat 2；Meanwhile skylight glass 200 is predetermined
Position hole 201 is separated with pre-determined bit block 52.The skylight glass 200 for installing frame 100 is transmitted to next process station, then is weighed
The multiple first step is to form circulation.
In conclusion the utility model proposes a kind of 200 frame of skylight glass, 100 installation system, by profiling seat 2
Top surface installation frame 100, then by inner cavity correction component 4 be arranged inside profiling seat 2, inner cavity correction component 4 can adsorb skylight
Glass 200, this set enables inner cavity correction component 4 to drive the skylight glass 200 of absorption first far from frame 100, first to day
Glass pane 200 is positioned, again close to frame 100 after accurate positioning, by being adhesively fixed for skylight glass 200 and frame 100；
By being provided with multiple positioning components 3 in the circumferential direction of profiling seat 2, positioning component 3 can push skylight glass 200 with by skylight glass
200 opposite bores correct component 4 and carry out first time positioning, and inner cavity correction component 4 can drive skylight glass 200 with respect to profiling seat 2
It is mobile, skylight glass 200 is carried out second with respect to profiling seat 2 and is positioned, i.e., first realizes the correction of 200 opposite bores of skylight glass
The first time of component 4 positions, then realizes second positioning of the skylight glass 200 with respect to profiling seat 2, by being positioned twice so that day
Glass pane 200 then can carry out being adhesively fixed for skylight glass 200 and frame 100 accurately with 2 accurate positioning of profiling seat, this
Kind structure setting makes the precision of the bonding location of frame 100 high, high production efficiency, and product qualification rate is high.
Note that above are only the preferred embodiment and institute's application technology principle of the utility model.Those skilled in the art's meeting
Understand, the utility model is not limited to specific embodiment here, is able to carry out for a person skilled in the art various apparent
Variation is readjusted and is substituted without departing from the protection scope of the utility model.Therefore, although by above embodiments to this
Utility model is described in further detail, but the utility model is not limited only to above embodiments, is not departing from this reality
It can also include more other equivalent embodiments in the case where with novel design, and the scope of the utility model is by appended power
Sharp claimed range determines.
Claims (12)
1. a kind of skylight glass frame installation system, comprising: workbench (1), which is characterized in that be arranged on the workbench (1)
Have:
Profiling seat (2), the profiling seat (2) are in frame structure, and top surface is used for installation frame (100), the profiling seat (2)
Circumferentially it is provided with multiple positioning components (3)；
Inner cavity corrects component (4), and setting is internal in the profiling seat (2), and inner cavity correction component (4) can adsorb skylight glass
Glass (200)；
Multiple positioning components (3) can push the skylight glass (200) with the skylight glass (200) is relatively described interior
Chamber corrects component (4) and carries out first time positioning；
Inner cavity correction component (4) can drive the skylight glass (200) mobile relative to the profiling seat (2), will be described
The relatively described profiling seat (2) of skylight glass (200) carries out second and positions.
2. skylight glass frame installation system according to claim 1, which is characterized in that the inner cavity corrects component (4)
Including correction substrate (41), Z-direction driving assembly (42) and absorbent module (43), the correction substrate (41) is arranged in the profiling
Seat (2) is internal, is provided with through-hole (11) on the workbench (1), and the output end of the Z-direction driving assembly (42) passes through described logical
Hole (11) is connect afterwards to drive the correction substrate (41) to move along Z-direction with the correction substrate (41)；Multiple absorption groups
Part (43) is arranged on the correction substrate (41), and the absorbent module (43) can adsorb skylight glass (200).
3. skylight glass frame installation system according to claim 2, which is characterized in that the inner cavity corrects component (4)
It further include mounting plate (44) and X to driving assembly (45), the mounting plate (44) connect with the Z-direction driving assembly (42), institute
It states X to be fixed on the workbench (1) to driving assembly (45), output end and the installation of the X to driving assembly (45)
Plate (44) connection.
4. skylight glass frame installation system according to claim 3, which is characterized in that the top surface of the profiling seat (2)
It is arranged fluted, the frame (100) is embedded in the groove；The frame (100) includes a true edge (101), described
True edge (101) protrudes the top surface of the profiling seat (2), and the absorbent module (43) can drive skylight glass (200) along X to shifting
It moves and is abutted with the true edge (101), positioned with carrying out second.
5. skylight glass frame installation system according to claim 3, which is characterized in that the inner cavity corrects component (4)
Further include that X on the workbench (1) is set to limit assembly (46), the X to limit assembly (46) include X to limiter
(461) and connecting rod (462), at least one set of X are symmetricly set on the profiling seat (2) along the two of Y-direction to limiter (461)
Side, the connecting rod (462) are fixedly connected with the mounting plate (44), connecting rod (462) both ends respectively with X described in one group
To gap is formed between limiter (461), the X is detected to limiter (461) by incuding the size in the gap described
The position of correction substrate (41).
6. skylight glass frame installation system according to claim 2, which is characterized in that the absorbent module (43) includes
Along Z-direction setting absorption cylinder (431) and be connected to it is described adsorb cylinder (431) output end Suction cup assembly (432), the suction
Attached cylinder (431) connect far from the one end of the Suction cup assembly (432) with the correction substrate (41).
7. skylight glass frame installation system according to claim 6, which is characterized in that the positioning component (3) includes
At least one set of first positioning component (31) and at least one set of second positioning component (32), the first positioning component (31) described in one group are right
Claim to be arranged in the profiling seat (2) along the two sides of Y-direction, the second positioning component (32) described in one group is symmetricly set on the profiling seat
(2) along X to two sides, first positioning component (31) can push the skylight glass (200) in the Suction cup assembly (432)
On along X to moving, second positioning component (32) can push the skylight glass (200) on the Suction cup assembly (432)
It is moved along Y-direction, the skylight glass (200) is subjected to first time positioning in inner cavity correction component (4).
8. skylight glass frame installation system according to claim 7, which is characterized in that first positioning component (31)
Including the first positioning cylinder (311), the first locating support (312) and the first locating piece (313), first locating support
(312) it is arranged on the workbench (1), first positioning cylinder (311) is arranged on first locating support (312)
And towards the profiling seat (2), the output end in first positioning cylinder (311), institute is arranged in first locating piece (313)
Stating the first locating piece (313) can abut with the skylight glass (200).
9. skylight glass frame installation system according to claim 8, which is characterized in that second positioning component (32)
Including the second positioning cylinder (321), the second locating support (322), positioning linkage rod (323) and the second locating piece (324), described
In the profiling seat (2), second positioning cylinder (321) is double rod cylinders for two positioning cylinders (321) setting, described the
Two locating supports (322) setting the profiling seat (2) along X to two sides, on the profiling seat (2) along X to two sidewalls on
It offers via hole (21), two output ends of second positioning cylinder (321) are separately connected the positioning linkage rod (323), institute
It states positioning linkage rod (323) to connect across the via hole (21) with second locating support (322), each second positioning branch
It is provided on frame (322) the second locating piece (324), the positioning linkage rod (323) drives institute by the second locating support (322)
The second locating piece (324) is stated to abut with the skylight glass (200).
10. skylight glass frame installation system according to claim 2, which is characterized in that the skylight glass frame peace
Dress system further includes the pre-determined bit component (5) being arranged in the profiling seat (2), and the pre-determined bit component (5) includes pre-determined bit
Bracket (51) and pre-determined bit block (52), the pre-determined bit bracket (51) are fixed on the correction substrate (41), the pre-determined bit
Block (52) is fixed on the described one end of pre-determined bit bracket (51) far from the correction substrate (41)；On the skylight glass (200)
It is provided with pre-determined bit hole (201), the pre-determined bit hole (201) can be inserted into the pre-determined bit block (52) to be pre-positioned.
11. skylight glass frame installation system according to claim 1, which is characterized in that the skylight glass frame peace
Dress system further includes hold down assembly (6), and hold down assembly (6) can compress the skylight glass (200) after positioning second
With the frame (100) on the profiling seat (2) to be adhesively fixed.
12. skylight glass frame installation system according to claim 11, which is characterized in that described (6) packet that holds down assembly
It includes compression bracket (61), compression driving assembly (62) and compact heap (63), the compression driving assembly (62) and is fixed on the pressure
The one end of locking bracket (61) far from the workbench (1)；The output end for compressing driving assembly (62) is connected with the compression
Block (63), the compression driving assembly (62) can drive the compact heap (63) to swing to be pressed on the skylight glass (200)
On.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821930017.7U CN209273255U (en) | 2018-11-22 | 2018-11-22 | A kind of skylight glass frame installation system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821930017.7U CN209273255U (en) | 2018-11-22 | 2018-11-22 | A kind of skylight glass frame installation system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209273255U true CN209273255U (en) | 2019-08-20 |
Family
ID=67602178
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821930017.7U Active CN209273255U (en) | 2018-11-22 | 2018-11-22 | A kind of skylight glass frame installation system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209273255U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109318147A (en) * | 2018-11-22 | 2019-02-12 | 福耀集团（上海）汽车玻璃有限公司 | A kind of skylight glass frame installation system |
-
2018
- 2018-11-22 CN CN201821930017.7U patent/CN209273255U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109318147A (en) * | 2018-11-22 | 2019-02-12 | 福耀集团（上海）汽车玻璃有限公司 | A kind of skylight glass frame installation system |
| CN109318147B (en) * | 2018-11-22 | 2024-06-07 | 福耀集团（上海）汽车玻璃有限公司 | Skylight glass frame mounting system |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN109318147A (en) | A kind of skylight glass frame installation system | |
| CN109677091A (en) | Laminating apparatus and applying method | |
| CN209273255U (en) | A kind of skylight glass frame installation system | |
| CN104948550B (en) | A kind of equipment of the High Precision Automatic positioning bonding of many annexes | |
| CN208715343U (en) | External positioning tool for automobile back door | |
| CN109108655A (en) | Terminal bending mechanism and its bending method, automobile coil-winding spot welding assembly line | |
| CN216064007U (en) | Automatic dispenser for manufacturing ABS sensor | |
| CN205817270U (en) | A kind of automatic assembling of model toy car | |
| CN207757195U (en) | A kind of air-conditioning fan blade automatic assembling tooling | |
| CN113263738B (en) | Composite material vehicle body large plate beam assembling tool and method | |
| CN107461387B (en) | Dispensing and gluing equipment and dispensing and gluing method | |
| CN202398713U (en) | Rolling hemming tyre film used for hemming process of body in white of automobile | |
| CN212947454U (en) | Curing press-fit structure | |
| CN204339629U (en) | A kind of envelope window tailstock door hinge positioning device | |
| CN109941332B (en) | Tool for adhering glass top cover and luggage rack | |
| CN114488582A (en) | Full-automatic hard-to-hard vacuum mounting machine and mounting process thereof | |
| CN208651365U (en) | It is a kind of to glue viscous glass bracket clamp assemblies for automotive glass bracket | |
| CN208789591U (en) | A kind of microscope base mounting tool | |
| CN110529889A (en) | Glass panel of stove component adhesive tool | |
| CN108400199B (en) | Equipment for installing clamp at edge of solar cell dual-glass assembly | |
| CN217647371U (en) | Lead flattening device | |
| CN219901881U (en) | High stable type antenna pressfitting tool | |
| CN112454925B (en) | Automobile skirt riveting tool | |
| CN219212950U (en) | Novel assembling platform of heat exchanger assembling machine | |
| CN213566237U (en) | Novel sunroof glass assembly fixture |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |